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Group. The successful candidate will: Take a significant role in maintaining high-reliability operation of the APS injector, which includes a linac, a particle accumulator ring, and a booster. Contribute
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applicants with a background in experimental medium or high energy nuclear/particle physics. We aim to appoint at the rank of Assistant Physicist (Argonne’s equivalent of a tenure-track Assistant Professor
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The Fundamental Symmetries group in Argonne’s Physics Division hosts a range of on-site experiments aimed at detecting phenomena beyond the Standard Model of particle physics. We are seeking a
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for particle accelerators and their operational principles Demonstrated ability to perform beam dynamics simulations, run simulation codes, and perform accelerator beamline design Ability to implement ML/AI
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simulators (VISSIM, AIMSUM, SUMO). Experience with optimal control, model-predictive control, optimization, Kalman filter. Experience with AI techniques such as reinforcement learning. Programming in C/C
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mechanisms. Chemical studies will focus on reactions of resonantly stabilized radicals in particle growth, radical+molecule reactions relevant to sustainable aviation fuels (SAFs), and a new direction in high
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particles occur through two steps, namely, coprecipitation and calcination. The project involves understanding and mathematically describing the physicochemical phenomena associated with the coprecipitation
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). Please note only applications submitted through Workday will be considered Position Requirements Ph.D. in experimental nuclear or particle physics with 0 to 3 years of experience or equivalent (by the time
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able to determine how reactor conditions impact resulting materials and develop methodologies to reliably control particle composition and morphology. As part of Materials Engineering Research Facilities
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the particle beams from source to target station. This will increase the particle beam availability to our users, thereby providing users with more opportunities to perform scientific discoveries and to produce